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OPT601 38KHz
C645 0.01 R645 1K V D604
1
2
XS204
Gnd
OUT V cc
LF
IN
out
V OL
in
GND
R212 1k R216 2.2k C222 1u R217 1k V 210 C1815 R218 1K R214 330K R207 15K C206 0.1(M ) R201 12K C201 1U/16 R202 15K R204 220K 2.2u/10 C204 V D201 12V Gnd in V OL out IN LF V cc OUT GND
N201 TDA1013B 9 8 7 6 5 4 3 2 1
R203 3.3
C202 0.1(M )
C205 470u/25
XS201 TJC3-2 1 2
R 9 10 G B
VE01 CRT
9
C219 470U/16 R222 2.2 C220 .1 R610 22K R625
8
R221 220K
7
6
5
4
3
C215 3300p
2
1
N602 24C02 1 2 3 4
GND V DD W P SCL SDA
R644 1K
C218 1U
C217 0.1(M )
C327 10u/16 100K R325 C216 10U
VD615 1N4148
8 7 6 5
R628 3.3K R627 3.3K
33K V D106 33V R220 15K R219 12K
R215 100K
1
C208 1000u/25 C203 0.01 Z304 6.5M Hz
C623 47/50
R336 6.8K
C209 6.8n(M )
R208 18K
C207 1u/16
N303 TC4052 1 2
0Y V DD 16 2Y 2X 15 14
R311 10K
2
R513 2.7K/0.5
8
6
11
5
7
1
R514 2.7K/0.5
Z303
R624 33K RP601 200KB R643 10K
R623 15K C614 0.1 C613 0.1
5.5MHz
4 5 6 7 8
C303 100P C304 1000P R339 390 R340 120 2SC1815 V301
3Y COM 13 1 1Y 0X 12 11 15 13
XS301 TJC3-6
1N4148 V D303
V D304 1N4148
+8V
C214 1U R213 10K
+12V
L104
12uH
3
COM 1X 2
R517 2.7K/0.5
V 602 A 1015
R312 10K
XS202 TJC3-2
XS501 CRT SOCKET
R615 180K
R617 150K
Q3
1
R113 27K
R642 10K
V 601 A 1015
R626 15k
Q2
2
BT
VH
7 6 5 4 3 2 1
C615 0.1u/35 C617 10u/16
C115 10u/16 R116 12K R119 4.7K C124 220u/16 C105 0.01 R110 220 R109 470 5.6K R108 1V T104 105
R117 12K R115 33K
52 51
1
5.9V
2.2u/10 C112 4.7u/10 0.1(M ) C110 C109 0.01
3.4V 4.0V 1.1V 3.9V
L301 0.15uH
Z301 6.0MHz
BU
U
C616 10u/16 8
C213 .015U
C113 22n C114 7.0V
Z302 4.5MHz
V 608 BX S20
130V
R515 12K/2
R521 12K/2
N101 TDA8362
BG DEC DEC DEEM P 3.2V
C302 30P
C301 3n3
INH 3X
R G B
1 2 3 4 5
B
R
2.9V V 504 C2068 2.9V VD504 1N4148 VD503 1N4148 1N4148 VD502 V 502 C2068 R516 150 130V 200V R509 12K/2 130V 2.9V R518 330 C507 1200P R512 R510 2.7K 330 R506 R505 2.7K 330 R519 2.7K C509 150P
V SY EE S1 10 V SY EE S2
L303 6.8uH
C G D B F M E 8V
V 503 A 1013 R522 1.5K
R630 100
R629 100
1K R606 22K R605 R608 150K 30K R603 150K R604 56K
5
XP802
1 2 3 4 5 V D616 5.6V
L601 100uH
42 41 40 39 38
R668
SY S1 SY S2 SDA SCL IDENT BLUE RM OT C/E V DD RES X L1 TA X L2 TA TEST DOSC1 DOSC2
TDA C V OL COL BRI CON HUE BA ND0 BA ND1
1 2 3 4 5 6 7 8 9
2 3 4 5 6 7
1 2 3 4 5 6 R640 22K
C612 100P Q4
49 48
A GC Ident A dj A GC SIF_IN V OL
4 5 6 7 8 9 10 11
0/6/8V 1.3V 4.3V 4V 1.7V R306 1K
R302 6.8K C324 1000P 1 C336 .1
L305
10uH
14
CC601 100PX 6
1
RR601 15KX 5 R607
4
B
R619 10K
3
5.9V
AGC BL
C618 10u/16 VL
V505 C2068
3
A
BH
RP101 10K
N601 CKP1002S
R612
3K
Ref SOUND Coil 50 OUT
2
9
R301 1K
AFT
C125 10u/16
L102 1uH
C108 0.01 C111 2.2u/10 (T) L103 C106 0.01 Z101 F1026S R112 820 C107 0.01 027
7.8V
6.5V 4.2V 4.2V 4.5V O.9V 2.8V 2.8V 4.0V 2.5V 1.2V O.4V
RF Ext 47 AGC Aud In
8V 4V 3.3V
Z306 4.5M Hz
6.8uH L302
8V
6
10u/250V C501
VCC Q1
7
6
BM
R111 V103 27 C388A
8
IF
R118 5.6K
L101 1uH
L107 12uH
C104 0.01 R107 1K R106 75 R102 10K
T103 370
46
IF.IN
V id Out DIG A CC Gnd V cc Gnd
RP504 B-300
37
10K C632 0.01
15K R616 56K R618 150K V D612 1N4148 R641 22K R656 R638 3.3K R666 100 3.3K
R104 10K
36 35 34
C101 30P
C102 18P V D102 M 858 A C126 0.01
R103 10K R101 4.7K
V.OUT
C325 C431 C116 R123 15K R124 820K 4 0.1(M ) 4n7(M ) 4n7(M ) C118 1u/10 C119 4n7(M )
V 43 Out
8V C308
C326 10u/10 C307 0.01
R337 47
R601 150K R602
N603 M54573L
44 AFT
C306 0.1(M )
R338 180
R341 120
Z308 6.5M Hz
L304 6.8uH
V D501 1N4148
C512 100U/16
RP503 10K
RP501 10K
C503 150P
RP505 10K I H K
C633
C619
V 105 2SC1815 R127 100K R125 10K 2SC1815 V 609 R633 47K
41 V.FB
100u/10 C653 30P Z601 6.0M Hz C654
32 31 30 29 28 27 26 25 24 23 22
A FC KEY 1 V SS LED SCA RT
11 12
R664 2K
33V
R121 3.3M
S301
3
R657 1K
C628 30P
L602 27uH
30P
M ENU V OLV OL.+ PROGPROG+
C804 1u/16
C311 1u/50
N801 1 2
1u/50
TEA2014
GND TV OUT INT EX T V DD OUT CON
C805 1u/50
2 R804 75
R807 1k
R806 1k
13
R639 10K
+8V
C329 1000P C330 Fref IDENT 1.5V (1.5V ) (5V ) C333 0.01 C120 18P R343 5.6K C316 1000P R421 1K RP401 10K C315 1000P R304 R303 1K 1K C313 0.1(M ) C314 0.1(M ) 10u/10 C602 Hue C121 18P Z311 443 Z312 358 4.7n 8.2V 3.2V 3.2V 5.4V 1.5V C122 0.1(M ) R120 100K 1.5V 1.5V 4.3V 4.3V 0.9V
8 7 6 5
R802 330 C803 100u/16
SY STEM
14 15 16 17 18
R660 R659 R658 6.8K 2.7K 1K
C629 30P
35 443MHz 34 358MHz 33 Burst Phase 32 SECAM Subc 31 B-Y Out 30 R-Y Out 29 R-Y In 28 B-Y In
Hue 27 SECAM Out
V NC A SY FT.SW HSY NC POW ER FBL RED A2 V A1 V
N302 TDA8395 1 2 3 4
CV BS 16 TEST SA ND 15 V p 8V 14 13 12 GND 11
B. Out G. Out R. Out Inst R In G In B In Cont Col
18 19 20 21 22 23 24 25 26
2.4V 2.4V 2.4V O.3V 2.6V 2.6V 2.6V 2.2V 1.1V C606 10u/10 R322 R321 R320 C322 0.1(M ) C321 0.1(M ) C320 0.1(M ) R808 75 C604 10u/10 R809 75 1K 1K 1K 1n4148 V D312 A 1015 V 307
R318 R319 220/0.5 2.9V
220
1000P C323 0.01
C305 2.2u/16 C801 R326 4.7K
3 4
V 303 2sc1815
L801 2.2uH
R813 1k
1
1 2 3 4 5
150P C319
V cc R-Y IN 5V 1.8V
16 15
C123
R316 220 R317 220/0.5
R803 10K R351 1K
0V (8V )
R812 1k
R814 1k
IDENT
19 20 21
R647 39K
L GREEN SE/PA BLUE 50/60
2SC1815 V 302
R352 3.3K
V 304 A 1015 R354 33K R353 680 C351 .001 R355 680K C332 47u/10 C331 0.1(M )
GND B-Y 14 IN 1.8V GND 13
5 6 7 8
R356 1K
R621 4.7K
R634 5K6 R635 R636 R637 5K6 5K6
C634 100P
7 V D603 1N4148 V D601 1N4148 V D602 1N4148 V D613 1N4148 1 2 N606 PQ05RD11 3 4 6 5 4 3 2 1 C601 47/16
XP801
C350 1u/50
C328 0.1(M )
CLOCHE 10 ref 1.5V ) 4V -(B-Y PLL 1.5V 9 ref -(R-Y ) 4V
SA ND B-Y CA OUT 12 ST 1.2V 3.3V R-Y 6 OUT 11 3.3V 7 GND 10
N301 TDA4665
2.9V R811 V 306 A 1015 75 2.9V V 305 A 1015
R314
220
8V
R315 220/0.5 6
C806
1u/50
R801 75
21
8
R342 27K
GND V cc 5V
9
C317 47u/10
C318 22n
V D308 5.1V R313 220/0.5
13V
24V
0.8V
0.7V
24V
1.5V
N401 LA7830
R430 1K C430 0.01 C420 220u/35 V D405 5295G
24V
1
CV BS
2
3
4
C425 1000P (M)
5
6
7
390 C637 100P C636 100P C635 100P
V D330 1N4148
R330 10K R331 10K
R670 1K R671 1K FBI COL G B
R R332 1K R613 15K V D611 1N4148 V D407 5.1V
R350 10K
7 8 R410 3.3K C426 2n2(M ) R413 C424 330/500
V D331 1N4148
C625 100P
C624 100P
R669 22/1W
4 R416 470/1W C422 82n (M ) 3 R402 1K/1W 2
L402 51uH
5V
C621 22u/10
V 606
C1815
R654 10/1W C622 10u/25 R631 10K 1K/1W R655 V 605 2SC2655 68/1W R648
CON BRI R614 15K V D610 1N4148 R411 51K 3.3u/50 C419
8.2K 2200u/35 C421
(T) R414 820
V D608 1N4148
R653 2K
V D609 1N4148 VD606 8.2V
R649 1.5K
VD614 1N4148 33V
10u/16 R921 8.2M /1W C909 100/400V C917 2n2/400V C A
V D408 1N4148
R412 12K
RP402 100 R415 2.2/1
DY
C429 1000u/35V
R652 5.6K C630 2.2U
R651 1.2K V 607 A 1015 V D607 5.6V R650 2K
V 603 2SC1815
C641 .01
C608 10/16
R434 4K7/1W C404 0.47/200 R425 330K TP401 R433 5.1K VD406 1N4148 TP402 R406 22K/0.5 V D404 1N4 R432 10K/0.5 C407 33n/200V 1
V D605 1N4148
T901 80-F02
11 4 R918 270K C918 2n2 C911 33n/630V R905 15K/3W R904 15K/3W 6
L904
V D904 RG2
L905 60uH
110V
2SA1015 R422 10K/0.5 V404
R427 18K
C427 100u/16 V D412 18V V 405 2SC1815
C423
1KV L903 8 C910 220P C912 2n2 14 5 13 2 R924 0.68/1(F) V 902 A 1015 3 1
AC
L901
L902
3 C905 4700P/ 250V C A C907 4700P/ 250V C A V C901 S60 C906 4700P/ 250V C A 4 1 R917 15K/2W C916 560n 7
2 R903 5 47 R902 4K7 6 8
V 901 2SK1794
V D901 RU2 9
18V
R925 0.68/1(F) R922 0.68/1(F) V D905 S5295G C928 470/500 C930 1000U/25
V D411 8.2V R428 20K R423 12K
C417 0.01
C412 10u/50 L401
N403 7808
C137 .01 12
C902 0.1/250V
16V
C926 2200U/25 R933 1K
C428 100u/16 10
4 3 2 1
C406 10u/250V
K I
N402 78R12
V D402 RU2 R405 0.68/1(F)
5 6 4 8 1 2
AC
C901 0.1/250V C A
24V
RU2 V D906 R930 22K R934 1K V D914 6.2V V D915 1N4148 V 904 A 1015 R931 68K 1K5 RP901 R932 3.9K
C929 1000u/25
N901 TDA4605
C925 470/500V
470/500V C927
40V
R409 10K 220/500V
T401 R0710
V 402 2SD1555 11
T402 N1603
C403 820P 2kV C413 2200P R408 3.3K/5 C402 4n7/1K6 C401 4n7/1K6
C408 470/500 C409 1000u/25 R407 150K/0.5 R404 1/2W (F)
FOCUS
T2A/250V F901
XS901 TJC1-2 1 2
S901 SW ITCH
1
2 R914 220 R913 2K2 C919 .47U/16 R907 1K C915 1/63
4 3
1 2
110V
C410 33U/160V
3
7
XP901 AC250
Notes: (1) All capacitors are in " F" unit unless specially noted. u (2) All resistors's power except for specially noted is watt and with the unit of Ohm. (3) All resistors are carbon resistor except for signed as noted. (4) The values of voltage signed on the circuit are measured with muti-meter refering to the ground on the circuit. (5) All waveforms are measured as Colour Pattern. Signals are received while all controllable values are half of their maximum. (6) This circiut diagram is subject to change without prior noted. (7) The components with symbol are very important as for safety and can only be exchanged for the specificated ones by manufacturer.
DEGAUSS XP902
1
6
1
2.0VP-P
2
1.7VP-P
3
1.7VP-P
4
2.5VP-P
5
5.0VP-P
6
25VP-P
7
44VP-P
8
0.8VP-P
9
500VP-P
10
76VP-P
11
23.5VP-P
12
850VP-P
13
5.4VP-P
14
5.5VP-P
15
R403 470/1W
RT901 30/T
XS902 TJC1-2
R915 15K/2W
C913 47/50 R919 10K C914 3.9n
V D902 S5295G V D903 S5295G
R906 68/3W N902 PH817
5 V 401 C2482
C415
C414 2200P 500V
SCREEN
5.6VP-P
XS402 TJC2-3
C903 470 400V C A
C904 470 400V C A
R901 4.7/10W C908 4700P/ 250V C A
R920 12K
C924 470/500V V D907 RU2
12V
R916 680K
C923 100u/160
R426 56K R424 18K C411 22OP
8V 3 2 1
C416 1000u/16V R401 2.2/1(F)
C405 470/500
J
V D401 S5295G
V D403 S5295G C418 100u/16V
SCART
V
H
H.V.
C117 0.1(M )
NOR.
SERVICE
R310 1K
33
KEY
10
V 308 C1815
5.5MHz
12V
Z307
R309 1K
L802 2.2uH
R805 10k
Focus
0.47
C103 0.01
0.1(M ) 220u/10 CA 12 3.4V L DEC C309 4.3V C312 Int 40 Ph1 Vid in 13 1u/50 2.2V 10u/10 39 Ph2 Sharp 14 R308 10K C310 V 15 3.8V id 38 Sand In Castle R307 O/8/4V 10K H. C.IN 37 Out Ext/In 16 3.2V C610 H. 36 POWER BRT 17 2.2u/10
R324 10K
V 309
SCREEN
42 V.Saw Tooth
A 1015
Z305 6.0M Hz
C510 4n7/AC400
45
C505 1200P C506 150P
C502 1200P
RP502 B-300